Yes, to some extent. Halodrol, being a 3,17-diol, will bind to the androgen receptor before it converts to OT. Therefore it's a little more androgenic & a little less anabolic than OT. This holds true for all the 3,17 diones & diols. 4-AD for example as well, binds to the AR before converting to test, so it's slightly more androgenic than test.

So basically 3,17 diones/diols are active VERY LITTLE before they convert. This changes their profile a little from their parent.

Yes, to some extent. Halodrol, being a 3,17-diol, will bind to the androgen receptor before it converts to OT. Therefore it's a little more androgenic & a little less anabolic than OT. This holds true for all the 3,17 diones & diols. 4-AD for example as well, binds to the AR before converting to test, so it's slightly more androgenic than test.

So basically 3,17 diones/diols are active VERY LITTLE before they convert. This changes their profile a little from their parent.

MOSTLY, but there may be very slight flucuation based on the compound. As a general guidline, dione versions use the 17-beta-hydroxysteroid dehydrogenase enzyme whereas diols use the 3-beta enzyme.

This is why conversion rates vary. Typically 15.76% for diols and 5.61% for diones. But as I said above the 3,17(s) have some activity pre conversion. Dienolone, even though it's a dione, seems to have very strong binding affinity for the androgen receptor. RBA of 134 vs Test which has a RBA of 100.

Ziquor, thanks for the precise explanations. As for the hormone chart, that was the first thing i read when i came to this site. But like i said in my original posts, i have been seeing some conflicting info.